• Gain experience, which will make you more marketable to employers when you're looking for a job
• Learn new skills and techniques that you can use to improve your own cyber security posture
• Network with other professionals in cyber security
• Work on real-world projects and see how cyber security is used in the real world

A remote cyber internship is an internship that can be completed remotely, usually from the comfort of your own home. This type of internship is perfect for students who are unable to commute to a physical office, land a job, or for people who are looking for a more flexible work schedule.

This certification will equip you with the skillset necessary to carry out the following tasks:

• Perform network vulnerability scans
• Exploit vulnerabilities with Metasploit
• Identify and exploit web application vulnerabilities without tools
• Write custom offensive security tools to aid Red Teaming operators
• Hunt for malware using YARA
• Hunt for threat actors on Windows networks using Python
• Defend web applications against common vulnerabilities

We charge a symbolic $99 training fee to make cyber training affordable to newcomers. Our instructors review your work and provide feedback to help you improve. We make no profit on this course and this is the only fee associated with the training. This is also part of our goal of training 1 million cyber professionals.

We are excited to announce that all the students who completed in our remote internship program have secured jobs in the industry. We would also like to remind our current students that our remote internship program is still available, and we urge them to take advantage of it.

Yes! So far, every single person who completed this certification got a job in I.T.

Some even got jobs without fully completing it:

MCSI is one of the most respected and trusted names in cyber security education and training. Our certifications teach critical skills, knowledge and abilities needed to advance a career in cyber security. Our courses are comprehensive and up-to-date, and our instructors are experienced professionals who are dedicated to helping students learn. MCSI provides the real-world skills and knowledge you need to protect any organization from cyber threats.

• Define, deploy, configure and maintain your own cyber security lab

  A cyber security lab can assist you in gaining a better understanding of cyber attacks and how to defend against them. It can also assist you in identifying and testing new security tools and procedures, as well as identifying vulnerabilities in your systems and networks.

  A well-equipped cyber security lab can also assist you in keeping up with the most recent threats and techniques. It can also be used to test new security solutions and strategies in a safe environment.

  Many students feel that paying to use a lab is necessary, although this is not the case. You can create one that is more advanced than expensive products for free. Furthermore, by constructing it yourself, you will gain a greater grasp of cyber security by learning fundamental IT concepts and procedures.

  Virtual Machines

  A virtual machine (VM) is a software implementation of a machine that executes programs like a physical computer. VMs allow multiple operating systems to run on a single computer at the same time. For example, you can install Windows 10 and Ubuntu Linux on the same computer by running them in separate virtual machines. VMs are useful for testing different operating systems, for software development, and for running legacy applications that are not compatible with your current operating system.

  In this course, you will learn how to work with virtual machines. You will create and manage virtual machines, install guest operating systems, and configure virtual networks. You will also learn how to use virtual machines for cyber security.

  Threat Hunting Lab

  Threat Hunting is the proactive identification of malicious activities that could harm an organization's systems. Setting up a Threat Hunting Lab will allow you to identify and mitigate potential threats to organizations. The lab will be set up using a simulated environment, which will allow you to experiment with different methods and tools for detecting attacks and malware.

  Cyber Defence Testing Lab

  You'll discover how to create a Cyber Defense Testing Lab. This is a virtual environment where you can practice defending against attacks on machines. You'll learn how to set up operating systems in a secure way to create a secure network. You'll also learn how to recognize and respond to various types of attacks.

  Offensive Security Testing Lab

  In this course, you will be setting up a Offensive Security Testing Lab. This lab will allow you to practice your offensive security skills in a safe and controlled environment. The lab will consist of two virtual machines - a host machine and a target machine. The host machine will be used to run tools and scripts, while the target machine will be used to simulate a real-world network environment.

• Learn and apply industry security testing tools to discover vulnerabilities

  Vulnerability scanners automate the process of detecting known flaws in software, operating systems, and devices. They then notify the organization about the vulnerabilities so that they may be addressed.

  This course will teach you how to scan for vulnerabilities and exploit them. You'll discover how to spot and exploit fundamental flaws in systems and apps.

  OpenVAS

  OpenVAS is a scanner system that is used to identify security vulnerabilities in systems. It consists of a client and server system, and can be used to scan systems for a variety of different vulnerabilities. The OpenVAS scanner is free and open source, and is commonly used by system administrators and security professionals to identify and mitigate vulnerabilities in systems.

  NMAP

  NMAP is a network enumeration and security auditing tool. It's used to find hosts and services on a network, as well as security vulnerabilities. NMAP may be used to scan systems for vulnerable open ports. NMAP can be used to look for apps and operating systems that are vulnerable. NMAP can be used to map networks and identify the many devices that are connected to them.

  Metasploit

  Metasploit is a penetration testing framework that helps security professionals find and exploit security vulnerabilities. The tool is used by hackers and security researchers to identify and exploit system vulnerabilities. Metasploit can be used to launch exploits against systems and networks, and can be used to develop and deploy payloads. The Metasploit framework is open source and is available on Github.

  Mimikatz

  Mimikatz is a tool used to extract passwords and other sensitive data from memory. It is a command-line tool that can be run on Windows systems. Mimikatz can be used to extract passwords from users' memory, as well as hashes and Kerberos tickets.

  TheHarvester

  TheHarvester is a reconnaissance tool designed to uncover information about individuals and organizations. It can be used to collect emails, names, URLs, and other data from public sources. TheHarvester is available as a free online tool and can be used on any platform.

  PowerUp

  PowerUp is a PowerShell tool to help with local privilege escalation on Windows systems. It has a number of built-in functions to help obtain system privileges. PowerUp is easy to use and can be run from a command prompt or run as part of a script.

• Understand key cyber attacks techniques and how to apply them in an engagement

  There are a variety of techniques that can be used in a cyber attack. In order to be successful, it is important to understand these techniques and how to apply them in an engagement.

  Arbitrary Command Execution

  Arbitrary Command Execution vulnerabilities are a type of vulnerability that allow an attacker to execute arbitrary commands on a vulnerable system. Once the attacker has gained access to the system, they can execute any command they choose, potentially allowing them to take control of the system or steal sensitive data.

  SQL Injection

  SQL injection vulnerabilities allow attackers to execute malicious SQL statements in order to access or modify data in the database. Attackers can use these vulnerabilities to steal data, delete data, or even insert new data into the database. In order to exploit a SQL injection vulnerability, the attacker needs to be able to inject valid SQL statements into the application.

  Cross-Site Scripting

  Cross-Site Scripting (XSS) vulnerabilities are caused when an attacker injects malicious code into a web page or application. The code is executed by the browser of a victim who visits the page, allowing the attacker to steal information or take control of the victim's computer. XSS vulnerabilities can be exploited by emailing a victim a link to a malicious page, or by inserting malicious code into a comment on a website.

  Brute Force Attacks

  Brute force attacks are when an attacker tries to log in to an account by trying different username and password combinations until they find the right one. This can be done manually or with a computer program that automates the process. Brute force attacks are often used to try to gain access to accounts that are protected by weak passwords.

  Web Shells

  Web shells are a type of malicious code that hackers use to take control of web servers. They are used to steal data, launch cyber attacks, and carry out other malicious activities. They can also be used to steal passwords and other sensitive data.

• Discover Windows security settings and apply them to secure computers

  Windows security settings are important to understand and configure in order to secure a computer. By default, many of these settings are enabled, but there are also many that are not enabled by default and need to be set in order to provide a good level of security. The most important settings to understand and configure are those related to passwords, user accounts, system protection, and network security.

  PowerShell Scripting

  Windows PowerShell scripting is a powerful tool that can help administrators deploy security at scale on Windows networks. PowerShell scripts can be used to automate common tasks, such as creating new users or assigning permissions. Scripts can also be used to audit security settings and troubleshoot problems. By automating these tasks, administrators can save time and ensure that security is consistently applied across the network. PowerShell scripts can also be run from a remote computer, making it easy to deploy security updates and other changes across a large network.

  OS Hardening Techniques

  Windows OS hardening is the practice of securing a Windows OS installation by reducing its surface of vulnerability. This can be done in a number of ways, many of which are baked into the OS itself. Hardening a Windows installation can help to mitigate many common attacks, including those that exploit software vulnerabilities.

  • Automatic Sample Submission
  • LLMNR
  • Security Patches
  • Windows Defender
  • Windows Firewall
• Identify threat actors using threat hunting tools, techniques and procedures

  The proactive practise of finding and eliminating threats to an organization's information systems is known as threat hunting. It identifies trends and activity that could signal a threat using threat intelligence and data analysis techniques. Using threat hunting tools, tactics, and procedures, unknown threat actors can be discovered.

  Build a goodware dataset and a malware dataset

  Developing and testing detection rules necessitates the creation of a goodware dataset. A goodware dataset is a collection of known-to-be-safe files, whereas a malware dataset is a collection of known-to-be-harmful files. Applications, system files, and other benign files are examples of goodware files. Viruses, trojans, and other types of malware can be found in a malware dataset.

  A goodware dataset should be vast and diverse enough to represent the wide kinds of files that may be encountered. It also needs to be current, with new files being added on a regular basis. As new malware is identified, the malware dataset should be updated.

  Learn how to use YARA's professionally and many of its pattern matching techniques

  Pattern matching is a technique for locating a certain text or sequence of bytes in a file or data stream. It's widely utilised in malware analysis, where identifying a specific piece of malware-related code or data is frequently required. YARA is a virus detection programme that allows the user to develop and use patterns to find and track malware samples.

  Use Python to hunt for indicators of compromise at scale

  Python is a powerful programming language for searching for indicators of compromise (IoC) at a large scale. Python allows you to swiftly parse massive data sets in order to discover suspicious activities. Python can also be used to write programmes that can be used to automate the process of looking for IoC. This can assist you in swiftly identifying potential security threats.

• Learn secure software development techniques and write safe applications

  The majority of developers are completely oblivious of the dangers that their programmes may offer to users. Insecure code can result in data theft, system damage, and even identity theft. Developers may design safe programmes that do not put their users at danger by understanding secure software development practices.

  Secure coding best practices

  Web applications are one of the most common ways to interact with the internet. They're used to give users access to data and services, as well as to take actions on their behalf. As a result, web applications must be developed and coded in a safe manner to ensure that user data is kept private and secure.

  Encrypting user data, validating user input to avoid malicious code execution, and checking the validity of webpages and other resources are all examples of secure coding best practices. Additionally, developers must ensure that their apps are up to date with the most recent security patches and releases.

  Web application developers can help protect their users from dangerous attacks and preserve the privacy and security of their data by following secure coding best practices.

  Securing application cookies

  Cookies are little pieces of data that a web browser sends and stores. A website can send cookies to a user's browser when the user visits the site. When the user returns to the site, the browser will transmit the cookies back to the site. This enables the site to keep track of the user's preferences and activity.

  Cookies can be used by attackers to exploit online applications. They can steal cookies from users' browsers and use them to get access to applications without requiring them to log in. They can also guess passwords and other critical information via cookies.

  Error/Exception Handling

  The process of responding to and managing mistakes and exceptions in a programme is known as error handling. Everything from detecting and reporting mistakes to smoothly recovering from them to showing suitable error messages to the user can be included. Error management is critical for any programme that is likely to encounter problems, as it helps to keep the programme stable and reliable. Attackers can use deficiencies in error handling to find critical flaws.

  Input Validation

  Filtering, escaping, and validation are all key approaches for preventing malicious input in web applications. Before the application processes user input, input filtering removes potentially harmful characters and data. Escaping guarantees that special characters are properly encoded, preventing harmful code from being executed. Validation ensures that user input meets the application's criteria. All of these strategies can aid in the protection of your web apps against malicious input.

  Password Policies

  A password policy is a set of rules enforced by an organization's information technology department that determines how user passwords are created and stored. Password policies are designed to protect against unauthorized access to systems and data, as well as protect the privacy of users.

• Understand the importance of writing custom offensive tools and develop malware for Red Teaming

  Having a custom toolset is one of the most crucial parts of red teaming. This entails having a wide range of offensive tools at your disposal to exploit your target. Malware development for this purpose is a crucial talent that is sometimes disregarded. Malware can be used to break into computers, steal information, and more. You can improve your chances of success during a red team interaction by building unique malware.

  Reverse shells

  Pentesters and red teamers may desire to use a custom reverse shell for a variety of reasons. Perhaps operating systems' default shells or tools like netcat are too noisy and easily spotted. Perhaps the attacker needs greater control over the session than a basic reverse shell allows.

  Keyloggers

  For a Red Teamer, a custom keylogger is a useful tool. It's capable of capturing passwords, user names, and other sensitive data. A keylogger can be written in a variety of ways. Using the Windows API is one technique to create a keylogger. This method is extremely reliable and adaptable. On all versions of Windows, it can be used to log keystrokes. Another advantage of this method is that the keylogger can be easily hidden from the user.

  Host Enumeration Tools

  When conducting a red team assessment, host enumeration is a crucial step in gaining a better picture of the situation and identifying prospective targets. This course will teach you how to create custom host enumeration tools that can discover targets in Windows environments fast and efficiently.

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